def test_loan_and_payment(self):
"""General test using list of tests above."""
for a_test in self.tests:
my_loan = loans.Loan(
name=a_test['name'],
balance=a_test['initial_balance'],
monthly_payment=a_test['monthly_payment'],
partial_payment_allowed=a_test['partial_payment_allowed'])
result = my_loan.make_payment(a_test['payment'])
self.assertEqual(result, a_test['result'])
self.assertEqual(my_loan.balance, a_test['new_balance'])
def buy_business(self, business_asset, verbose=True):
"""Buy a business."""
if business_asset.down_payment > self.savings:
loan_amount = int(round((float(business_asset.down_payment -
self.savings) / 1000) + 0.4999,
0) * 1000)
if player_choice.choose_to_get_loan_to_buy_asset(
self, business_asset, loan_amount, verbose):
self.make_loan(loans.Loan("Bank Loan", loan_amount,
int(loan_amount / 10), True))
else:
return False
self.business_assets.append(business_asset)
self.savings -= business_asset.down_payment
return True
def buy_real_estate(self, real_estate_asset, verbose=True):
"""Buy real estate."""
if real_estate_asset.down_payment > self.savings:
loan_amount = int(round((float(real_estate_asset.down_payment -
self.savings) / 1000) + 0.4999, 0) *
1000)
if player_choice.choose_to_get_loan_to_buy_asset(
self, real_estate_asset, loan_amount, verbose):
self.make_loan(loans.Loan("Bank Loan", loan_amount,
int(loan_amount / 10), True))
else:
return False
self.real_estate_assets.append(real_estate_asset)
self.savings -= real_estate_asset.down_payment
return True
def buy_stock(self, stock_asset, cost_per_share=0, verbose=True):
"""Buy stock."""
if cost_per_share == 0:
cost_per_share = stock_asset.cost_per_share
if ((stock_asset.no_shares * stock_asset.cost_per_share) >
self.savings):
loan_amount = int(round((float(cost_per_share *
stock_asset.no_shares -
self.savings)/1000) + 0.4999, 0) *
1000)
if assets.choose_to_get_loan_to_buy_asset(
self, stock_asset, loan_amount, verbose):
self.make_loan(loans.Loan("Bank Loan", loan_amount,
int(loan_amount / 10), True))
else:
return False
self.stock_assets.append(stock_asset)
self.savings -= stock_asset.no_shares * cost_per_share
return True
def get_profession_defs(profession_defs_fn):
"""Load Professions."""
try:
profession_defs_temp = json_read_write_file.load_json(
profession_defs_fn)
except OSError:
print("No good Profession dict json file found, file not found, " +
"please fix")
raise OSError
except ValueError:
print("No good Profession dict json file found, ValueError, " +
"please fix")
raise ValueError
else:
profession_defs = {}
for profession in iter(profession_defs_temp):
loan_list = []
for a_loan in iter(profession_defs_temp[profession]["Loans"]):
partial_payment_allowed = (True if a_loan == 'Bank Loan'
else False)
loan_list.append(loans.Loan(
a_loan,
profession_defs_temp[profession]["Loans"][a_loan][
"Balance"],
profession_defs_temp[profession]["Loans"][a_loan][
"Payment"],
partial_payment_allowed))
profession_defs[profession] = Profession(
profession,
profession_defs_temp[profession]["Salary"],
profession_defs_temp[profession]["ExpenseTaxes"],
profession_defs_temp[profession]["ExpenseOther"],
profession_defs_temp[profession]["CostPerChild"],
profession_defs_temp[profession]["Savings"],
loan_list)
return profession_defs